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- Results: The strain of studied Shigella sonnei had the representative biochemical properties of Shigella sonnei. 结果：具有典型的宋内志贺菌的生化特性；
- Result Shigella flexneri 53 strains, shigella sonnei 9 strains, shigella boydii 2 strains. 结果福氏志贺菌53株，宋内志贺菌9株，鲍氏志贺菌2株。
- Using REP-PCR, 32 Salmonella typhimurium and 16 shigella sonnei (Group D) isolates were divided into 9 and 7 genotypes, respectively. 32株鼠伤寒沙门菌基因分型为9种，16株D群志贺菌基因分型为7种。
- Conclusions: In this years, the drug resistance of Shigella sonnei have obviously changed in Wenzhou city.Norfloxacin, Furazolidone and Cephatrizine could be used. 药物呋喃唑酮、诺氟沙星、头孢三嗪可作为目前临床治疗的常用药物，但应加强对耐药性开展动态监测是十分有意义和必要的。
- Conclusion: The O antigen of the strain of studied Shigella sonnei is distinctly reduced spontaneously, and the effectual spectrum of antibiotics had been changed. 结论：该株宋内志贺菌的O抗原表达显著减少，同时药敏谱也产生明显的改变。
- In our report, 67.6% of these patients were amebic dysentery, 19.3% were combined infection with amebic and Shigella sonnei dysentery, and 13.1% were Shigella sonnei dysentery. 此次痢疾仍然以阿米巴痢疾人数最多，佔67.;6%25，合并感染阿米巴痢疾与志贺氏痢疾者佔19
- Keywords bacillary dysentery;Shigella sonnei;water-borne; 细菌性痢疾;宋内志贺氏菌;水源性;
- Results Except for one Shigellae sonnei, 156 strains were Shigellae flexneri which were highly resistant to Tetracycline, Ampicillin and SMZco(resistance rate >85%). 结果除1株为宋内志贺菌外其余156株均为福氏志贺菌，福氏志贺菌对四环素、氨苄西林和复方新诺明高度耐药达85%25以上。
- The resistance rate to Norfloxacin was 27.6%.The only isolate of Shigellae sonnei was resistant to three fluoroquinolones(Norfloxacin, Ofloxacin, Ciprofloxacin). 对诺氟沙星的耐药率也有27.;6%25，仅有的1株宋内志贺菌对诺氟沙星，氧氟沙星，环丙沙星均耐药。
- Keywords Shigella sonnei;Headwaters;Bacillary dysentery;Outbreak;Detection; 关键词宋内志贺菌;水源;菌痢;暴发;检测;
- A pathogenic analysis of a school's headwaters - borne shigellosis outbreak by Shigella sonnei 宋内志贺菌污染学校水源引起菌痢暴发的病原学检测分析
- Keywords Shigella sonnei;Food-born disease;Pulsed-field gel electrophoresis typing（PFGE）; 宋内志贺菌;食源性感染;脉冲场凝胶电泳分型;
- Shigella sonnei 宋内志贺菌, 索氏志贺(氏)菌
- Stool samples have been taken and Shigella confirmed. 在采集的粪便中检出了志贺氏菌。
- For selective isolation of Salmonella spp and some Shigella spp. 用于沙门氏菌、志贺氏菌的选择性分离培养。
- Shigella is one of the most toxic substances known to man. 志贺氏杆菌是已知对人类毒性最强的病菌。
- Progress in research on interactions between host cells and Shigella spp. 志贺菌与宿主细胞之间相互作用的研究进展。
- This indicated that primer S5 was specific for bacteria of Shigella. 这说明引物S5对志贺氏菌属细菌是特异性的。
- To acknowledge the distribution of salmonella and shigella in Jiading district. 目的 :了解本地区沙门氏菌和志贺氏菌的分布。
- STUDY ON PLASMID FINGERPRINTING AND ANTIBIOTIC SUSCEPTIBILITIES OF SHIGELLA SPP. 志贺菌流行株药物敏感性及质粒图谱分析。
